CN102508921A - Image database system combining X-ray digital picture with partial discharge map - Google Patents
Image database system combining X-ray digital picture with partial discharge map Download PDFInfo
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Abstract
The invention discloses an image database system combining an X-ray digital picture with a partial discharge map. The image database system comprises a picture input module, an X-ray picture format conversion module, an ultrasonic picture receiving and processing module, an ultrahigh frequency picture receiving and processing module, a pulse current picture receiving and processing module, an X-ray picture advanced algorithm module, an ultrasonic map data separation module, an ultrahigh frequency map data separation module, a pulse current map data separation module, a picture database management module and a picture database module. The image database system has the beneficial effects that strong adaptability for various data input modes is realized; targeted processing of an X-ray transmission picture is facilitated; the targeted image data separation technology is used; a picture database adopting various local detection means and several managements is realized; and the data management is achieved.
Description
Technical field
The present invention relates to image data base, in particular, relate to the image data base that the X ray digital picture combines the shelf depreciation collection of illustrative plates.
Background technology
There are multiple detection and diagnostic method to guarantee the reliability of power transmission and transforming equipment in the production scene.Shelf depreciation is a kind of form of expression of inside electric appliance defective.Have multiple detection means to detect the level of shelf depreciation in the electrical equipment at present, main detection means comprises: supercritical ultrasonics technology, ultrahigh frequency method and pulse current method.Emerging in addition X ray is applied to the inner structure that the inside electric appliance defects detection can detect electrical equipment, and advantages such as high sensitivity, high resolving power are arranged.These detection meanss are often all preserved data by the computer of oneself, and data volume is big, disperse but preserve, are not easy to inquiry and the statistics of later stage to data.
Between above-mentioned situation, X ray electrical equipment transmission image and conventional electrical apparatus local discharge are detected transmission picture, the processing of collection of illustrative plates process and concentrated being saved in the database so that the later stage inquiry becomes a problem anxious to be solved in this area that obtains.
Summary of the invention
Technical purpose of the present invention is to solve the problems of the technologies described above, and a kind of efficiently image data base easily is provided, so that software or scientific research personnel are according to the querying condition judgment data.
For realizing above technical purpose, technical scheme of the present invention is:
The X ray digital picture combines the image database system of shelf depreciation collection of illustrative plates, the present invention includes with lower module:
The picture load module; The picture, the collection of illustrative plates (data) that are used for the judges input are the data of which kind of type; According to the picture feature of input, further handle to X ray picture format modular converter, ultrasound wave picture receiving processing module, ultrahigh frequency picture receiving processing module, pulse current picture receiving processing module the data distribution of input;
X ray picture format modular converter is used for the X ray digital picture that obtains is input to native system, and conversion DICOM form is tractable forms such as JPG, and sends into X ray picture advanced algorithm module;
Ultrasound wave picture receiving processing module, the ultrasound wave shelf depreciation collection of illustrative plates that is used for ultrasound wave software is obtained is input to native system, and sends into ultrasound atlas data separating resume module;
Ultrahigh frequency picture receiving processing module, the shelf depreciation collection of illustrative plates that is used for the ultrahigh frequency method is obtained is input to native system, and sends into ultrahigh frequency spectrum data separation module and handle;
Pulse current picture receiving processing module, the shelf depreciation collection of illustrative plates that is used for pulse current method is obtained is input to native system, and sends into pulse current spectrum data separation module and handle;
X ray picture advanced algorithm module; Be used for the JPG format picture that conversion gets to X ray picture format modular converter and carry out the processing of picture advanced algorithm; The X ray picture that will contain a large amount of noise signals carries out pictures such as denoising, sharpening and strengthens operation; Defective locations in the outstanding picture, and will handle picture later and be input to the final preservation of image data database management module and advance picture database;
Ultrasound atlas data separating module; Be used for the ultrasound atlas that ultrasound wave picture receiving processing module transmits is carried out the spectrum data separating treatment; With the measuring point information separated in the collection of illustrative plates is data layout, and will handle later collection of illustrative plates and corresponding data pass to the image data database management module finally preservation advance picture database;
Ultrahigh frequency spectrum data separation module; Be used for the ultrahigh frequency collection of illustrative plates that ultrahigh frequency picture receiving processing module transmits is carried out the spectrum data separating treatment; With the measuring point information separated in the collection of illustrative plates is data layout, and will handle later collection of illustrative plates and corresponding data pass to the image data database management module finally preservation advance picture database;
Pulse current spectrum data separation module; Be used for the pulse current collection of illustrative plates that paired pulses electric current picture receiving processing module transmits and carry out the spectrum data separating treatment; With the measuring point information separated in the collection of illustrative plates is data layout, and will handle later collection of illustrative plates and corresponding data pass to the image data database management module finally preservation advance picture database;
The image data database management module; Receive the collection of illustrative plates information and date information that the X ray transmission picture that transmits from X ray picture advanced algorithm module and ultrasound atlas data separating module, ultrahigh frequency spectrum data separation module and pulse current spectrum data separation module transmit respectively, sort out respectively and send into the image data library module and preserve;
The image data library module receives the data that transmit from the image data database management module, is saved to database and various query interfaces upwards are provided;
Annexation between each module is that the picture load module is connected with the image data database management module through X ray picture format modular converter, X ray picture advanced algorithm module in regular turn; The picture load module is connected with the image data database management module through pulse current picture receiving processing module, pulse current spectrum data separation module again in addition in regular turn; Be connected with the picture load module after ultrasound wave picture receiving processing module, the parallel connection of ultrahigh frequency picture receiving processing module; Ultrasound wave picture receiving processing module other and ultrasound atlas data separating module polyphone connect, and ultrahigh frequency picture receiving processing module other and ultrahigh frequency spectrum data separation module polyphone connect; Be connected with the image data database management module after ultrasound atlas data separating module, the parallel connection of ultrahigh frequency spectrum data separation module; The image data database management module is connected with the image data library module in addition.
The flow process of this system does,
1) beginning, the start-up system general supply;
2) require the user to import picture and type thereof; Whether the picture that detects input is the X ray picture; If X ray picture; Then utilize the transfer algorithm in the X ray picture format modular converter to convert the X ray picture of DICOM form into the JPG format picture, use the high vision Processing Algorithm in the X ray picture advanced algorithm module that the X ray picture is schemed image intensifying targetedly in picture again, give the image data database management module then and deposit image data base in; If the picture of input is not the X ray picture, then carry out 3);
Whether 3) detect the picture of importing is the ultrasound wave picture; If ultrasound wave picture; Then earlier simply carry out the figure image intensifying according to the characteristic of ultrasound atlas; The data extract that will be present in the picture is come out according to the figure spectrum signature then, afterwards picture and data is together given and gives the image data database management module then and deposit image data base in; If the picture of input is not a ultrasound wave, then carry out 4);
Whether 4) detect the picture of importing is the ultrahigh frequency picture; If ultrahigh frequency picture; Then earlier simply carry out the figure image intensifying according to the characteristic of ultrahigh frequency collection of illustrative plates; The data extract that will be present in the picture is come out according to the figure spectrum signature then, afterwards picture and data is together given and gives the image data database management module then and deposit image data base in; If the picture of input is not the ultrahigh frequency picture, then carry out 5);
Whether 5) detect the picture of importing is the pulse current picture; If pulse current picture; Then earlier simply carry out the figure image intensifying according to the characteristic of pulse current collection of illustrative plates; The data extract that will be present in the picture is come out according to the figure spectrum signature then, afterwards picture and data is together given and gives the image data database management module then and deposit image data base in; If the picture of input is not the pulse current picture, then finish, program withdraws from.
Useful technique effect of the present invention is:
1) the present invention adopts image, collection of illustrative plates (data) acquisition technique of picture load module and the operation of several data interface concurrent, and the several data input format is had very strong adaptability;
2) X ray picture advanced algorithm module uses special X ray picture to electrical equipment to strengthen advanced algorithm, is convenient to handle targetedly X ray transmission picture;
3) ultrasound atlas data separating module, ultrahigh frequency spectrum data separation module and pulse current spectrum data separation module adopt spectrum data isolation technics targetedly, and mask data makes things convenient for Users'Data Analysis from collection of illustrative plates;
4) realized putting the picture databases of several kinds of management of detection means multiple innings, realized data management.
Description of drawings
Fig. 1 is that X ray digital picture of the present invention combines each module diagram of shelf depreciation collection of illustrative plates image data base;
Fig. 2 is that X ray digital picture of the present invention combines shelf depreciation collection of illustrative plates image data base data input stream journey figure.
Embodiment
The X ray digital picture combines the image database system of shelf depreciation collection of illustrative plates, the present invention includes with lower module:
The picture load module; The picture, the collection of illustrative plates (data) that are used for the judges input are the data of which kind of type; According to the picture feature of input, further handle to X ray picture format modular converter, ultrasound wave picture receiving processing module, ultrahigh frequency picture receiving processing module, pulse current picture receiving processing module the data distribution of input;
X ray picture format modular converter is used for the X ray digital picture that obtains is input to native system, and conversion DICOM form is tractable forms such as JPG, and sends into X ray picture advanced algorithm module;
Ultrasound wave picture receiving processing module, the ultrasound wave shelf depreciation collection of illustrative plates that is used for ultrasound wave software is obtained is input to native system, and sends into ultrasound atlas data separating resume module;
Ultrahigh frequency picture receiving processing module, the shelf depreciation collection of illustrative plates that is used for the ultrahigh frequency method is obtained is input to native system, and sends into ultrahigh frequency spectrum data separation module and handle;
Pulse current picture receiving processing module, the shelf depreciation collection of illustrative plates that is used for pulse current method is obtained is input to native system, and sends into pulse current spectrum data separation module and handle;
X ray picture advanced algorithm module; Be used for the JPG format picture that conversion gets to X ray picture format modular converter and carry out the processing of picture advanced algorithm; The X ray picture that will contain a large amount of noise signals carries out pictures such as denoising, sharpening and strengthens operation; Defective locations in the outstanding picture, and will handle picture later and be input to the final preservation of image data database management module and advance picture database;
Ultrasound atlas data separating module; Be used for the ultrasound atlas that ultrasound wave picture receiving processing module transmits is carried out the spectrum data separating treatment; With the measuring point information separated in the collection of illustrative plates is data layout, and will handle later collection of illustrative plates and corresponding data pass to the image data database management module finally preservation advance picture database;
Ultrahigh frequency spectrum data separation module; Be used for the ultrahigh frequency collection of illustrative plates that ultrahigh frequency picture receiving processing module transmits is carried out the spectrum data separating treatment; With the measuring point information separated in the collection of illustrative plates is data layout, and will handle later collection of illustrative plates and corresponding data pass to the image data database management module finally preservation advance picture database;
Pulse current spectrum data separation module; Be used for the pulse current collection of illustrative plates that paired pulses electric current picture receiving processing module transmits and carry out the spectrum data separating treatment; With the measuring point information separated in the collection of illustrative plates is data layout, and will handle later collection of illustrative plates and corresponding data pass to the image data database management module finally preservation advance picture database;
The image data database management module; Receive the collection of illustrative plates information and date information that the X ray transmission picture that transmits from X ray picture advanced algorithm module and ultrasound atlas data separating module, ultrahigh frequency spectrum data separation module and pulse current spectrum data separation module transmit respectively, sort out respectively and send into the image data library module and preserve;
The image data library module receives the data that transmit from the image data database management module, is saved to database and various query interfaces upwards are provided;
Annexation between each module is that picture load module 1 is connected with image data database management module 10 through X ray picture format modular converter 2, X ray picture advanced algorithm module 6 in regular turn; Picture load module 1 is connected with image data database management module 10 through pulse current picture receiving processing module 5, pulse current spectrum data separation module 9 again in addition in regular turn; Ultrasound wave picture receiving processing module 3, ultrahigh frequency picture receiving processing module 4 parallel connection backs are connected with picture load module 1; Ultrasound wave picture receiving processing module 3 other and ultrasound atlas data separating module 7 polyphones connect, and ultrahigh frequency picture receiving processing module 4 other and ultrahigh frequency spectrum data separation modules 8 polyphones connect; Ultrasound atlas data separating module 7, ultrahigh frequency spectrum data separation module 8 parallel connection backs are connected with image data database management module 10; Image data database management module 10 is connected with image data library module 11 in addition.
Each module working condition is following: after software systems are moved; Picture load module 1 waits the input of pending data at any time; X ray picture format modular converter 2, ultrasound wave picture receiving processing module 3, ultrahigh frequency picture receiving processing module 4 and 5 these four the module parallel runnings of pulse current picture receiving processing module; As user during to system input X ray picture; Picture load module 1 is through judging this digital picture; Digital picture is distributed to the X ray picture that X ray picture format modular converter 2 receives the DICOM form; This module is changed arrangement with picture, gives X ray picture advanced algorithm module 6 with transformation result and handles, and this module is responsible for using a series of high vision algorithms it to be carried out the figure image intensifying and give image data database management module 10 labeled finally depositing in the database according to the characteristic of transmission picture.When the user when system input has ultrasound atlas, ultrahigh frequency collection of illustrative plates or pulse current method collection of illustrative plates; At first the collection of illustrative plates of input is judged by picture load module 1; According to the figure spectrum signature collection of illustrative plates is distributed to ultrasound wave picture receiving processing module 3, ultrahigh frequency picture receiving processing module 4 or pulse current picture receiving processing module 5; The corresponding JPG form collection of illustrative plates that receives of each collection of illustrative plates receiver module; Picture and data are carried out being distributed to ultrasound atlas data separating module 7, ultrahigh frequency spectrum data separation module 8 and pulse current spectrum data separation module 9 respectively after the uniform format arrangement; Each spectrum data separation module is with the JPG form basis figure spectrum signature of receiving separately; Use the algorithm of pattern-recognition aspect that the data extract in the picture is come out, pass to image data database management module 10 to the data marked of collection of illustrative plates and correspondence respectively and finally deposit database in.
Groundwork flow process in notebook data storehouse is the typing flow process.When the user has the data input; The notebook data storehouse at first requires the user to import picture and type thereof; Whether the picture that detects input then is the X ray picture; If X ray picture; Then utilize the transfer algorithm in the X ray picture format modular converter 2 to convert the X ray picture of DICOM form into the JPG format picture, use the high vision Processing Algorithm in the X ray picture advanced algorithm module 6 that the X ray picture is schemed image intensifying targetedly in picture again, give image data database management module 10 then and deposit image data base in; If the picture of input is not the X ray picture; Whether that picture that just detects input is the ultrasound wave picture; If ultrasound wave picture; Then earlier simply carry out the figure image intensifying, come out according to scheming the data extract that spectrum signature will be present in the picture then, afterwards picture and data are together given and give image data database management module 10 then and deposit image data base in according to the characteristic of ultrasound atlas; If the picture of input is not a ultrasound wave; Whether that picture that just detects input is the ultrahigh frequency picture; If ultrahigh frequency picture; Then earlier simply carry out the figure image intensifying, come out according to scheming the data extract that spectrum signature will be present in the picture then, afterwards picture and data are together given and give image data database management module 10 then and deposit image data base in according to the characteristic of ultrahigh frequency collection of illustrative plates; If the picture of input is not the ultrahigh frequency picture; Whether that picture that just detects input is the pulse current picture; If pulse current picture; Then earlier simply carry out the figure image intensifying, come out according to scheming the data extract that spectrum signature will be present in the picture then, afterwards picture and data are together given and give image data database management module 10 then and deposit image data base in according to the characteristic of pulse current collection of illustrative plates; If the picture of input is not the pulse current picture, judge that so input is illegal, program withdraws from.
Claims (1)
1.X the ray digital picture combines the image database system of shelf depreciation collection of illustrative plates, it is characterized in that, comprises with lower module:
The picture load module; The picture, the collection of illustrative plates (data) that are used for the judges input are the data of which kind of type; According to the picture feature of input, further handle to X ray picture format modular converter, ultrasound wave picture receiving processing module, ultrahigh frequency picture receiving processing module, pulse current picture receiving processing module the data distribution of input;
X ray picture format modular converter is used for the X ray digital picture that obtains is input to native system, and conversion DICOM form is tractable forms such as JPG, and sends into X ray picture advanced algorithm module;
Ultrasound wave picture receiving processing module, the ultrasound wave shelf depreciation collection of illustrative plates that is used for ultrasound wave software is obtained is input to native system, and sends into ultrasound atlas data separating resume module;
Ultrahigh frequency picture receiving processing module, the shelf depreciation collection of illustrative plates that is used for the ultrahigh frequency method is obtained is input to native system, and sends into ultrahigh frequency spectrum data separation module and handle;
Pulse current picture receiving processing module, the shelf depreciation collection of illustrative plates that is used for pulse current method is obtained is input to native system, and sends into pulse current spectrum data separation module and handle;
X ray picture advanced algorithm module; Be used for the JPG format picture that conversion gets to X ray picture format modular converter and carry out the processing of picture advanced algorithm; The X ray picture that will contain a large amount of noise signals carries out pictures such as denoising, sharpening and strengthens operation; Defective locations in the outstanding picture, and will handle picture later and be input to the final preservation of image data database management module and advance picture database;
Ultrasound atlas data separating module; Be used for the ultrasound atlas that ultrasound wave picture receiving processing module transmits is carried out the spectrum data separating treatment; With the measuring point information separated in the collection of illustrative plates is data layout, and will handle later collection of illustrative plates and corresponding data pass to the image data database management module finally preservation advance picture database;
Ultrahigh frequency spectrum data separation module; Be used for the ultrahigh frequency collection of illustrative plates that ultrahigh frequency picture receiving processing module transmits is carried out the spectrum data separating treatment; With the measuring point information separated in the collection of illustrative plates is data layout, and will handle later collection of illustrative plates and corresponding data pass to the image data database management module finally preservation advance picture database;
Pulse current spectrum data separation module; Be used for the pulse current collection of illustrative plates that paired pulses electric current picture receiving processing module transmits and carry out the spectrum data separating treatment; With the measuring point information separated in the collection of illustrative plates is data layout, and will handle later collection of illustrative plates and corresponding data pass to the image data database management module finally preservation advance picture database;
The image data database management module; Receive the collection of illustrative plates information and date information that the X ray transmission picture that transmits from X ray picture advanced algorithm module and ultrasound atlas data separating module, ultrahigh frequency spectrum data separation module and pulse current spectrum data separation module transmit respectively, sort out respectively and send into the image data library module and preserve;
The image data library module receives the data that transmit from the image data database management module, is saved to database and various query interfaces upwards are provided;
Annexation between each module is that the picture load module is connected with the image data database management module through X ray picture format modular converter, X ray picture advanced algorithm module in regular turn; The picture load module is connected with the image data database management module through pulse current picture receiving processing module, pulse current spectrum data separation module again in addition in regular turn; Be connected with the picture load module after ultrasound wave picture receiving processing module, the parallel connection of ultrahigh frequency picture receiving processing module; Ultrasound wave picture receiving processing module other and ultrasound atlas data separating module polyphone connect, and ultrahigh frequency picture receiving processing module other and ultrahigh frequency spectrum data separation module polyphone connect; Be connected with the image data database management module after ultrasound atlas data separating module, the parallel connection of ultrahigh frequency spectrum data separation module; The image data database management module is connected with the image data library module in addition.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109725013A (en) * | 2018-12-20 | 2019-05-07 | 深圳晶泰科技有限公司 | X ray diffracting data analysis system |
| CN112649708A (en) * | 2021-01-06 | 2021-04-13 | 国网重庆市电力公司电力科学研究院 | Partial discharge non-contact online detection device and detection method for cable connector |
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| CN1185307A (en) * | 1996-12-18 | 1998-06-24 | 杨宏伟 | Medical image computer diagnosis system |
| CN1471375A (en) * | 2000-10-24 | 2004-01-28 | ��ʽ���綫֥ | Image processing device and image processing method |
| CN1950881A (en) * | 2004-05-19 | 2007-04-18 | 索尼株式会社 | Content presenting device, content presenting method, and content presenting program |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1185307A (en) * | 1996-12-18 | 1998-06-24 | 杨宏伟 | Medical image computer diagnosis system |
| CN1471375A (en) * | 2000-10-24 | 2004-01-28 | ��ʽ���綫֥ | Image processing device and image processing method |
| CN1950881A (en) * | 2004-05-19 | 2007-04-18 | 索尼株式会社 | Content presenting device, content presenting method, and content presenting program |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109725013A (en) * | 2018-12-20 | 2019-05-07 | 深圳晶泰科技有限公司 | X ray diffracting data analysis system |
| CN109725013B (en) * | 2018-12-20 | 2021-07-13 | 深圳晶泰科技有限公司 | X-ray diffraction data analysis system |
| CN112649708A (en) * | 2021-01-06 | 2021-04-13 | 国网重庆市电力公司电力科学研究院 | Partial discharge non-contact online detection device and detection method for cable connector |
| CN112649708B (en) * | 2021-01-06 | 2023-03-10 | 国网重庆市电力公司电力科学研究院 | Partial discharge non-contact online detection device and detection method for cable connector |
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Effective date of registration: 20220628 Address after: 650217 yundian science and Technology Park, No.105, Yunda West Road, economic development zone, Kunming City, Yunnan Province Patentee after: YUNNAN ELECTRIC POWER TEST & RESEARCH INSTITUTE (GROUP) Co.,Ltd. Address before: 650217 Yunnan Kunming Economic and Technological Development Zone Yunda West Road Middle Yundian Science Park Patentee before: YUN NAN ELECTRIC TEST & RESEARCH INSTITUTE GROUP Co.,Ltd. ELECTRIC INSTITUTE |